Presenting Large Language Models as Companions Affects What Mental Capacities People Attribute to Them
Allison Chen, Sunnie S. Y. Kim, Angel Franyutti, Amaya Dharmasiri, Kushin Mukherjee, Olga Russakovsky, Judith E. Fan
TL;DR
The paper investigates how public messaging about large language models (LLMs) influences beliefs about their mental capacities and subsequent reliance on their outputs. Across two preregistered experiments (N=470 and N=604, nine months apart), framing LLMs as companions boosts beliefs that LLMs possess cognitive and emotional capacities, with more modest effects for machines and tools on beliefs and attitudes. A follow-up QA task with a fictitious LLM (Theta) shows that companion framing’s effect on beliefs generalizes to new samples but can be moderated when users engage with LLM outputs; machine framing reduces reliance when responses are inconsistent. The findings highlight that public discourse about AI affects not only anthropomorphism but also how people interact with AI in information-seeking tasks, underscoring ethical considerations for AI communication and literacy efforts.
Abstract
How does messaging about about large language models (LLMs) in public discourse influence the way people think about and interact with these models? To answer this question, we randomly assigned participants (N = 470) to watch a short informational video presenting LLMs as either machines, tools, or companions -- or to watch no video. We then assessed how strongly they believed LLMs to possess various mental capacities, such as the ability have intentions or remember things. We found that participants who watched the companion video reported believing that LLMs more fully possessed these capacities than did participants in other groups. In a follow-up study (N = 604), we replicated these findings and found nuanced effects on how these videos impact people's reliance on LLM-generated responses when seeking out factual information. Together, these studies highlight the impact of messaging about AI -- beyond technical advances in AI -- to generate broad societal impact.
